It premieres a week or so early to try and build up hype for the show.
My Thoughts, which I copy and paste onto here:
Spoiler
Moderator: NecronLord
Well, the series, from what I read, takes place fifteen years after the blackout. There would be time to resettle at least the outer suburbs of cities, which would be sources for salvage.FaxModem1 wrote:http://www.hulu.com/watch/397518
It premieres a week or so early to try and build up hype for the show.
My Thoughts, which I copy and paste onto here:
SpoilerWhat are your thoughts?
Probably that. The Blackout knocked out batteries.Ahriman228 wrote: With access to materials and a knowledge of 5th Grade science, a person should be able to kludge together a (primitive and inefficient) handcrank power generator inside of an hour. Unless whatever happened is still active and actively suppressing electric technology or, I don't know, sends out nightly EMPs.
So...build more? Modern batteries as we know them existed for nearly a couple centuries, and don't forget the "Baghdad battery" that is a few thousand years old. Unless the Blackout is an ongoing event, there's no reason why electricity can't come back within literally minutes. An EMP can fry electronics sure, but how much electronics do you need for a simple gasoline-powered generator? Any EMP large enough to fry something like that would probably be fatal to living creatures.amigocabal wrote: Probably that. The Blackout knocked out batteries.
To be fair, we only observe a small sliver of the world, within one hundred fifty miles of Chicago, Illinois. It could be a relatively backwards part of the world.Crossroads Inc. wrote: Is there some magic Anti-Electricity thing? And even if there is, what is stopping steam power from coming back? It isn't that hard to make boilers and steam to drive factories, trains, pumps, etc...
Cities require governing, people organized at least enough to be facing the same direction and following the same laws. More so with trains, which need semi-civilized points to travel between. So far the closest we've seen to that is a militia that seems little better than thugs extorting peons for their dubious 'protection.'amigocabal wrote:To be fair, we only observe a small sliver of the world, within one hundred fifty miles of Chicago, Illinois. It could be a relatively backwards part of the world.Crossroads Inc. wrote: Is there some magic Anti-Electricity thing? And even if there is, what is stopping steam power from coming back? It isn't that hard to make boilers and steam to drive factories, trains, pumps, etc...
I would be surprised if Iowa, Nebraska, and Utah were in a similar state, instead of having steam-powered locomotives pulling trains filled with passengers and freight between villages, towns, and steampunk-style cities.
Tubby the teacher (I truly apologize to anyone with weight issues, I don't think we were ever given a name) used to work for Google, earning enough to own a private jet. I'd say he probably understands enough to whip one up if he could.Crossroads Inc. wrote:I have to say I am going to follow this JUST to find out what the hell is keeping power from comng back.
As mentioned before, anyone with basic education can put together a Dynamo with some copper wire. I mean what is keeping people from doing this? You can't tell me the knowledge was "Lost" in the great event, you would have to kill off billions and then destroy all books related to simple machines.
Is there some magic Anti-Electricity thing? And even if there is, what is stopping steam power from coming back? It isn't that hard to make boilers and steam to drive factories, trains, pumps, etc...
I mean, if we "lost" all electricity right now, the world would be rather fcked. Economy would collapse, a lot of countries would go under. But strong countries would start working on pre-industria tech. People start getting steam engines out of museums and building new ones. Digital information is toast so book production goes up. And what about chemical energy?
Cars and jets don't "NEED" electricty... Modern ones do, but you can build more simple ones. Large countries have stockpiles of Gas on hand, you can ration that until steam power (for the most part) replaces electric power at gas pumps and oil factories.
I mean, if you want to have a story with a post apocalyptic settling, I can think of a LOT of ways of doing it... But saying something caused all electricty to magically shut down? It doesn't make any sense.
Possibly, although for a good long while, such bizarre circuits would be rich peoples' toys.Guardsman Bass wrote:The creators defined it as "as anything that creates a spark or carries a current", and that doesn't appear to include the electrical synapses in the nervous systems of animals (such as ourselves).
It limits technology considerably, but also leaves a lot of stuff open. You wouldn't even need to go Steam-Punk, since you can make and use diesel engines that don't require electricity, and that can run on tons of stuff (including vegetable oil). In fact, I wonder if you could take advantage of the "electrical synapse" loophole to try and find out some bizarre types of circuits that could still run.
Like the setting of Jeremiah?Crossroads Inc. wrote: If they had only said it was set in a random Post apocalyptic setting it would be ok.
I'm imagining a fibreoptic cable crossing the ocean floor... and at the other end there's a guy holding it up to his eye with one hand, pencil in the other.Guardsman Bass wrote:There might even be faster methods of sending messages, such as chains of light-signaling stations that can relay messages through each other across hundreds of miles if you absolutely had to get a message somewhere in a few minutes.
That was Wrigley Field in Chicago. Chicago and the surrounding area would have become a death zone as food distribution was disrupted. In the series, Chicago was only being recently resettled fifteen years after the event.Havok wrote:I'm disappointed all you nerds forgot about the fact that we are basically electric machines ourselves.
Why do guns not work? Diesel engines? Natural gas? Plumbing? I noticed people stopped playing baseball as they show some stadium all over grown.
Well shoot Across land you could rig up single towers. The "Clacks" of the Discworld franchise use 16bit single towers. There was a thread a while back debating how much "Bandwidth" you could send using that "dave" did a fantastic job:Grumman wrote:I'm imagining a fibreoptic cable crossing the ocean floor... and at the other end there's a guy holding it up to his eye with one hand, pencil in the other.Guardsman Bass wrote:There might even be faster methods of sending messages, such as chains of light-signaling stations that can relay messages through each other across hundreds of miles if you absolutely had to get a message somewhere in a few minutes.
It would take a LOT of organization, and without power might be the work of a decade to connect up the major cities of the nation, but it COULD be done and using just binary 16bit messaging you get over 65000 combinations. Using different colors or different symbols you could get even more. So communication nationwide is doable.But to get back on track, the theoretical throughput would be 16bits * frames per unit time.
So, for example, if your human operator can read 2 frames per second, you get 16 bits * 2 = 32 bits per second. If you have a computer operator that can read 2 million frames per second, you get 16 bits * 2 000 000 = 32 million bits per second, or ~3.81 MBps.
This is with no error correction, no overhead, or anything else, just raw transfer speed.
Yes, it is possible to transfer more information using special encodings, such as the one you mentioned
(0100 0000 0000 000 representing "Hello",for example), but that limits you to the 'language" that you use.
With sixteen lights, and assuming that they only have two states, you can have a maximum of 216 possible permutations of the lights, which works out to be 65 536 combinations. Given that there are upwards of 100 000 words in the English language, you may lose part of your message.
Notice that you have increased your transmission speed (whole English words per frame versus sixteen ones and zeros per frame) at the expense of content. But now I'm just rambling.
Now, if the lights had more states than just on/off, you have more possible permutations of the lights to play with and thus can send more information in a single "frame".